Thanks to new brain
imaging tools such as functional magnetic resonance imaging (fMRI) and magneto - encephalography (MEG), the skull has become virtually transparent, and the anatomy and activity of the living human brain is being revealed in increasing detail.
Not exact matches
Using chemicals like these in combination with new
imaging tools,
such as the multi-photon confocal microscope, has enabled researchers to explore the minuscule world of the neuron and observe brain cells in action with far more precision.
«The major advancement of this new
tool is the ability to use a low - cost and accessible
imaging method
such as EEG to depict deeply located brain activity,» said both senior author Dr. Talma Hendler of Tel - Aviv University in Israel and The Sagol Brain Center at Tel Aviv Sourasky Medical Center, and first author Jackob Keynan, a PhD student in Hendler's laboratory, in an email to Biological Psychiatry.
Companies making high - content cell
imaging equipment
such as confocal microscopes and plate readers are now adding software
tools to process images of 3D cell cultures.
«This is a perfect example of why the multiple
imaging and spectroscopy techniques available in electron microscopy make it
such an indispensable and versatile
tool in renewable energy research.»
Still, Sheehan said neuroscience already is one of the leaders in data sharing and management, with
such resources as the NIH - funded National Database for Autism Research; an NIH - Defense Department sponsored data base on traumatic brain injury; the NIH - funded Neuroimaging Informatics
Tools and Resources Clearinghouse (NITRC), which helps researchers to develop, share and collaborate on software tools for doing functional and structural imaging studies of the brain; and the Neuroscience Information Framework, an NIH initiative that makes neuroscience resources - data, materials, and tools - accessible via any computer connected to the Inte
Tools and Resources Clearinghouse (NITRC), which helps researchers to develop, share and collaborate on software
tools for doing functional and structural imaging studies of the brain; and the Neuroscience Information Framework, an NIH initiative that makes neuroscience resources - data, materials, and tools - accessible via any computer connected to the Inte
tools for doing functional and structural
imaging studies of the brain; and the Neuroscience Information Framework, an NIH initiative that makes neuroscience resources - data, materials, and
tools - accessible via any computer connected to the Inte
tools - accessible via any computer connected to the Internet.
In studying the functional behavior of the brain, from control of muscles to the formation of memories, scientists are using
such tools such as electron microscopy, recordings of electrical signals from individual brain cells, and
imaging of brain structures and processes using functional magnetic resonance
imaging (fMRI), positron emission tomography (PET), and high - resolution optical
imaging.
Although traditional in vivo
imaging tools,
such as widefield and confocal microscopy, and newer ones,
such as light - sheet microscopy, can image in three dimensions, they sacrifice substantial spatiotemporal resolution to do so and, even then, can often be used for only very limited durations before altering the physiological state of the specimen.
Dr. Chak also works with
imaging scientists to determine whether non-invasive
tools such as
imaging can be used to predict therapeutic outcome.
The package is a mainstay and a daily
tool for most of the world's radio astronomers, and also has been used by scientists in
such other fields as fluid - dynamics simulation and medical
imaging.
With 35 years in experience delivering software products that continuously exceed our customer expectations with
such products as AutoQuant and Image - Pro, Media Cybernetics continues its journey of delivering best in class
imaging analysis
tools.
Magnetic resonance techniques enables a wide range of novel applications in chemistry, physics and biomedical sciences,
such as powerful
imaging tools which have revolutionized medicine.
Many technological innovations for diagnosis and treatment are expected to reach the clinic following validation,
such as video - assisted thoracic surgery, sensitive
imaging techniques, use of tracer gases, regenerative medicine (e.g. in lung transplantation), nanoparticle - based carriers of inhalational drugs or bioactive compounds, personalised medicine (especially for lung cancer), bronchoplasty, laser energy as a surgical
tool, and metabolic
imaging techniques.
We offer conventional diagnostic
tools,
such as labs and
imaging, and also may use alternative lab testing to further assess health.
While at the site, they might study macroinvertebrates using two - way aquatic magnifiers and a digital -
imaging tool nicknamed a «scope on a rope,» or they might test water quality — very important for the state's seafood economy — for problems
such as fecal coliform bacteria.
It provides high quality images with excellent detail and resolution of the brain and spinal cord compared to other
imaging tools,
such as computed tomography (commonly referred to as a CAT scan).
Various
imaging tools,
such as X-rays, are used to rule out signs of cancer or abnormalities in the adrenal glands.
And part is also early adoption of cutting - edge
tools,
such as laser therapy, digital diagnostics, thermal
imaging, and more.
Dr. C has a strong interest in diagnostic
imaging and utilizing its
tools,
such as x-ray and ultrasound, to non-invasively help companion animals.
This advanced
imaging tool allows us to detect oral conditions
such as jaw and tooth fractures, foreign objects, abnormal roots, tumors, cysts, abnormal roots, and dead teeth.
Future investigations using specialized, high - resolution in vivo
imaging tools,
such as optical coherence tomography and scanning laser ophthalmoscopy, will permit a much more detailed investigation into the source of the autofluorescence.
All of these painters embraced photography, digital
imaging such as Adobe Photoshop and Illustrator, and tracing
tools such as digital projectors or stenciling.
The list was met with both criticism and ridicule on social media networks and forums
such as Reddit, with smartphone users mocking both the order of its top ten picks and the fact that Google's new offerings weren't even mentioned despite being widely considered as some of the finest mobile
imaging tools ever created.